T540D337M2R5BH85057280

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Tantalum-Polymer capacitors are capacitors which use electrical energy to store electric charge and are made from two layers of ionic-conducting dielectrics, one of which is a tantalum-based electrolyte. This type of capacitor offers several advantages, including higher capacitance, faster response time, lower leakage current, and improved stability. The T540D337M2R5BH85057280 capacitor is a good example of a high-grade tantalum-polymer capacitor.

This capacitor has a wide range of applications and its characteristics make it suitable for a variety of roles in the electronic industry. It is often used in industrial equipment such as motor drives and circuit protection, as well as in computer systems such as for memory modules and for interrupt circuits. It is also utilized in medical equipment and automobiles, for power distribution and for power management.

Tantalum-polymer capacitors are well-suited for high-frequency, low-voltage operations, as they possess low ESR (equivalent series resistance). This feature contributes to their being largely used in nebulizers, pulse-rate monitors, amplifiers, RF oscillators, phase-locked loop (PLL) ICs, and various digital circuits.

These capacitors are highly reliable and have long operational lifetimes; this is due to their extremely low leakage current. The T540D337M2R5BH85057280 version is rated to have a service life of up to a thousand hours at rated temperatures.

The T540D337M2R5BH85057280 capacitor is based on a basic tantalum-polymer construction, although it features a higher capacitance, greater voltage, and an extended temperature range than some other models. This type of capacitor uses a double-layer dielectric formed by an anode and a solid layer of electrolyte. A solid-state separator is placed between the two dielectrics, and it holds the two layers together and in place.

The working principle of this capacitor is fairly straightforward; when there is no charge in the capacitor, no current flows between the plates. When a voltage is applied, electrons in the anode move towards the cathode, and ions in the electrolyte move towards the anode. This process creates a space charge between the two plates, which stores electric energy in the capacitor. This energy can then be discharged when needed.

The advantages of the T540D337M2R5BH85057280 tantalum-polymer capacitor are due to its low ESR, high capacitance, low leakage current and improved stability compared to other types of capacitors. This has made it an increasingly popular choice among engineers and technicians, particularly in the industrial and automotive sectors. With its wide range of applications and its durable and reliable performance, the T540D337M2R5BH85057280 is one of the best choices for high-frequency, low-voltage operations.

The specific data is subject to PDF, and the above content is for reference